Solar arrays

1. A solar array comprising:

gores having solar cells thereon, the gores configured to form a generally circular shape when the solar array is deployed; and

a hub assembly about which the gores rotate during deployment, the hub assembly located at a center of the generally circular shape when the solar array is deployed, the hub assembly including a plurality of end spar fittings, each end spar fitting of the plurality of end spar fittings including a first end having a clevis and a second end extending radially away from the first end and the hub assembly, the clevis on the first end of each end spar fitting of the plurality of end spar fittings having at least one pin, the at least one pin of the clevis on the first end of each end spar fitting of the plurality of end spar fittings being connected by a link to the at least one pin of the clevis on the first end of an immediately adjacent end spar fitting of the plurality of end spar fittings,

wherein each respective at least one pin of the clevises is parallel to each other respective at least one pin of the clevises.

2. The solar array of claim 1 , further comprising:

a first spar extending radially from the hub including a spring having one end thereof attached to the first spar and the other end of the spring attached to an adjacent second spar that extends radially from the hub assembly.

3. The solar array of claim 1 , further comprising:

foam attached to a portion of at least one gore of the gores.

4. The solar array of claim 1 , further comprising:

a pair of split timing gears engaging another gear in the hub assembly.

5. The solar array of claim 1 , further comprising:

at least one upper spar attached to an upper portion of a corresponding end spar fitting of the hub assembly; and

a lower support spar having one end attached to a lower portion of the corresponding end spar fitting of the hub assembly and the other end directly attached to the at least one upper spar.

6. The solar array of claim 1 , further comprising:

a flex circuit harness.

7. The solar array of claim 1 , further comprising:

a diode panel assembly attached to at least one flex circuit harness.

8. The solar array of claim 1 , further including:

a hub bracket; and

a hub link attached to the hub bracket, an end spar fitting attached to the hub link.

9. The solar array of claim 8 , wherein one side of the hub bracket is attached to the end of one of a static panel spar and a pivot panel having the plurality of end spar fittings attached to the other side thereof.

10. A solar array comprising:

a hub assembly comprising:

a pair of split timing gears attached to and positioned at an upper portion of the hub assembly and having a rotational axis coaxially aligned with a rotational axis of a lower gear attached to and positioned at a lower portion of the hub assembly; and

another gear engaged with the pair of split timing gears;

a first spar having a length extending radially away from the hub assembly including a spring having one end thereof attached directly to the first spar and the other end of the spring attached directly to an adjacent second spar that extends radially from the hub assembly; and

solar panel gores extending radially away from the hub assembly, one of the solar panel gores being coupled to the adjacent second spar,

wherein the spring is directly attached to the first spar and to the adjacent second spar and configured to apply tension to the gores when the solar array is deployed.

11. The solar array of claim 10 , wherein the first spar comprises one of a static panel spar and a pivot panel.

12. The solar array of claim 10 , wherein the spring comprises a leaf spring.

13. The solar array of claim 10 , wherein the spring comprises a spring rotatably attached to the first spar and to the adjacent second spar.

14. The solar array of claim 10 , wherein the spring comprises at least two leaf springs stacked together.

15. The solar array of claim 3 , wherein each gore of the gores has a mid-flexure, wherein the foam attached to a portion of at least one gore of the gores comprises:

at least one first piece of foam bonded to a first portion of a backside of the at least one gore on a first side of the mid-flexure thereof, the at least one first piece of foam having at least one shaped void exposing at least a portion of the backside of the at least one gore; and

at least one second piece of foam bonded to a second portion of the backside of the at least one gore on a second side of the mid-flexure, the at least one second piece of foam sized and shaped to at least substantially fill the at least one shaped void of the at least one first piece of foam when the at least one gore is folded along the mid-flexure of the at least one gore.

16. The solar array of claim 15 , wherein the at least one first piece of foam comprises a single piece of foam and wherein the at least one second piece of foam comprises a plurality of pieces of foam.

17. The solar array of claim 15 , wherein the at least one gore comprises a mesh member having the solar cells located on one side thereof and the at least one first piece of foam and the at least one second piece of foam located on an opposite side thereof.

18. The solar array of claim 10 , wherein the pair of split timing gears comprises a first gear adjacent to and vertically aligned with a second gear located above the first gear.

19. The solar array of claim 10 , wherein the hub assembly further comprises an additional pair of split timing gears, the additional pair of split timing gears engaging the lower gear and having a rotational axis coaxially aligned with a rotational axis of the another gear.

20. The solar array of claim 10 , wherein the pair of split timing gears includes a first gear and a second gear having an adjustment apparatus located therebetween.